Building was designed for optimized material use The materials were chosen for their durability and low maintenance requirements

The roof made from plywood is supported by exposed tongue-and-groove decking

Redwood was used for the coastal site for its resistance to decay and mildew The redwood was also used for the building’s exterior rain-screen cladding

The wood was milled locally and allowed to become accustomed to new climates and conditions naturally without the typical kiln- drying process to meet its proper moisture content

The inherent design of the rain-screen wall allows the siding to “breathe” and reducing the chance for water penetration that can lead to mold and indoor air quality

Energy Efficiency

While the Watsonville Water Resource Center focuses on water conservation, it is also designed to conserve energy while improving building performance and comfort

The ventilation and heating/cooling systems were separated resulting in a system that is much less energy intensive than a standard forced-air system

High-efficiency mechanical equipment were used to reduce the amount of energy needed within the building Light sensors were also used to reduce the amount of light used

Natural ventilation, CO2 sensors in open areas, and roof-mounted solar panels further contribute to energy conservation while reducing fossil fuel use and greenhouse gas emissions and also improving the overall building performance